Accession Number : ADA326098
Title : Fuel Lubricity Additive Evaluation.
Descriptive Note : Interim rept. Jul 92-Feb 97,
Corporate Author : SOUTHWEST RESEARCH INST SAN ANTONIO TX TARDEC FUELS AND LUBRICANTS RESEARCH F ACILITY
Personal Author(s) : Lacey, P. I. ; Westbrook, S. R.
PDF Url : ADA326098
Report Date : JUN 1997
Pagination or Media Count : 63
Abstract : The U.S. Department of Defense is using kerosene fuel in compression ignition engines. This fuel is largely replacing conventional diesel, which has been used for many years. Jet A-1 and JP-8 have a number of advantages compared to diesel fuel. In particular, logistics burden is greatly reduced through the use of a single fuel for both aviation and ground vehicles on the battlefield. However, kerosene based fuels typically have reduced lubricity compared to diesel fuels, potentially reducing injection system durability and vehicle readiness. A range of lubricity additives have been developed for use in low sulfur diesel and are commercially available. The objective of the present study is to evaluate the effectiveness of these additives when used in kerosene based fuels. A number of additives were obtained and evaluated using laboratory scale tests. The most effective additive was selected based on these results and tested using a 200 hour procedure with full scale injection equipment. The equipment tests were performed with two additive concentrations in a very severely refined Jet A-1 fuel. The results indicate that the commercially available lubricity additive effectively reduces wear at a concentration of 80 mg/L. A slight additional improvement in lubricity was obtained if additive concentration was increased to 200 mg/L.
Descriptors : *KEROSENE, *COMPRESSION IGNITION ENGINES, *LUBRICANT ADDITIVES, DEPARTMENT OF DEFENSE, SCALE MODELS, OPERATIONAL READINESS, WEAR, LOGISTICS, GROUND VEHICLES, SULFUR, DIESEL FUELS, FUEL INJECTION.
Subject Categories : Lubricants and Hydraulic Fluids
Combustion and Ignition
Distribution Statement : APPROVED FOR PUBLIC RELEASE